CSRA67xxx

MAPX

Versatile, programmable audio processing SoCs to help design a range of products from entry-level to high-end.

The MAPX audio processor is an integrated, high-performance audio system-on-chip (SoC) for soundbars, speakers, entry level AV receivers, home theater systems and integrated audio ....

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The MAPX audio processor is an integrated, high-performance audio system-on-chip (SoC) for soundbars, speakers, entry level AV receivers, home theater systems and integrated audio ....

more

The MAPX audio processor is an integrated, high-performance audio system-on-chip (SoC) for soundbars, speakers, entry level AV receivers, home theater systems and integrated audio systems. MAPX is extremely versatile and allows developers to design a wide variety of end products with minimal incremental PCB design effort because of the commonality of device ....

more

The MAPX audio processor is an integrated, high-performance audio system-on-chip (SoC) for soundbars, speakers, entry level AV receivers, home theater systems and integrated audio systems. MAPX is extremely versatile and allows developers to design a wide variety of end products with minimal incremental PCB design effort because of the commonality of device variants across the range. All MAPX solutions are designed to be software compatible with each other and pin-to-pin compatible for the same package. This makes it easy for develope....

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MAPX is a product of Qualcomm Technologies International, Ltd.

Product license agreement
Featured Documents
Case Study

Family concept for device compatibility

The MAPX series of SoCs includes seven sub-families that are available in one of two pin-compatible package types. The entire family of MAPX SoCs are designed to be software compatible, to help make it easier for developers to switch between different devices to create unique products with varying feature sets.

Extensive range of processing technologies available

MAPX audio processors include a range of processing technologies, including the royalty-free Qualcomm® meloD™ audio processing suite, extensive lip-sync audio delay and third party processing from Dolby, DTS and others.

Maximum differentiation with almost unlimited flexibility

Helping manufacturers to realize maximum differentiation with the DSP code download option and Customizable Modular Processing (CMP), MAPX supports custom algorithms and filters by providing a C-language SDK.

MAPX Block Diagram

Features

  • 3 DSP cores 2x 32bit MAC per cycle, each core running @ up to 432MHz equals 3 x 432 MIPS x 2 = 2592 MIPS total

  • HD Audio Decoding (DTS-HD, Dolby TrueHD, FLAC)

  • High-Resolution Audio Processing

    • 32bit 192kHz internal processing designed to outperform 96/24 and 192/24 processing
    • Variety of pre-programmed processing blocks available from Qualcomm Technologies International, Ltd. and third parties
    • Programmable DSP - customers can port their own algorithms
  • Audio Delay (for Audio/Video sync)

  • Audio Playback from USB - includes mp3 + WMA9 + FLAC decoders

  • RAM integrated - no external RAM necessary

  • 2 Control Modes:

    • via I2C from external MCU
    • via integrated Virtual Machine (makes an external MCU obsolete
  • High performance ADCs @ up to 108dBA SNR and DACs @ up to 110dBA SNR

  • Integrated PWM modulators – to drive Class-D Power Stages

  • I2S and SPDIF inputs and outputs

Specifications

DSP

DSP Cores: 3 DSP Cores 2x 32bit MAC per cycle

DSP Technology: 1x Programmable DSP

DSP Clock Speed: 432 MHz

Millions of Instructions Per Second (MIPS): 2592 MIPS

Audio

Other Audio Processing: Audio Delay (for Audio/Video sync), HD Audio Decoding (DTS-HD®, Dolby® TrueHD, FLAC), Qualcomm® meloD™ audio processing suite, Third party processing from Dolby, DTS and others

Memory

RAM: 72 Mbit RAM

Interfaces

Supported Interfaces: 2 headphone amplifiers, USB 2.0, 8x DACs, Ethernet MAC, 6x ADCs, SPDIF, 2 microphone preamplifiers, I²S, 8 audio PWM modulators – to drive Class-D Power Stages, I²C, SPI, UART

Pulse Code Modulation (PCM)

Playback Sampling: Up to 192kHz/32bit

  1. 3 DSP cores 2x 32bit MAC per cycle; each core running at 432MHz, equals 3 x 432 MHz x 2 = 2592 MIPS total

Specs are for CSRA6718x

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